Salewa Dynafit Transalper Pro Pant Black Out XL - miesten 4-suuntainen stretch alppivaellushousut

Experience unrestricted mobility with DYNASTRETCH PRO 50 4-way stretch fabric, engineered for high-output alpine missions where every move counts.

Overview

The Dynafit Transalper Pro Pant is built for speed hiking, mountaineering, and alpine touring, combining durable stretch fabrics with targeted ventilation. The main body uses DYNASTRETCH PRO 50 (89% polyamide, 11% elastane) for unrestricted mobility, while high-wear zones are reinforced with DURASTRETCH ACTIVE 4-WAY ECO DWR 123 BS (84% polyamide, 16% elastane). A lightweight ACTIVE LIGHT 100% recycled mesh lining (100% polyester) enhances moisture management, keeping you dry during intense efforts.

What stands out

• 4-way stretch construction for full freedom of movement
• PFC-free DWR finish repels water without harmful chemicals
• Laser perforations provide active ventilation during intense efforts
• Adjustable leg hems with zippers accommodate various boot types
• Three secure zip pockets: two front, one rear
• Bluesign approved fabrics ensure responsible manufacturing

Technical details

• Gender: Men's
• Size: XL
• Colour: Black Out
• Fit: Athletic
• Main fabric: DYNASTRETCH PRO 50 (89% polyamide, 11% elastane)
• Insert fabric: DURASTRETCH ACTIVE 4-WAY ECO DWR 123 BS (84% polyamide, 16% elastane)
• Lining: ACTIVE LIGHT 100% recycled mesh (100% polyester)
• Water repellency: DWR treated
• Wind resistance: Yes
• Breathability: High
• Stretch: 4-Way Stretch
• Pockets: 2x Front Zip Pockets, 1x Rear Zip Pocket
• Waist adjustment: Elasticated waist with snap closure
• Hem adjustment: Adjustable leg hem with zipper
• Ventilation: Laser perforations
• UV Protection: Yes
• Sustainability: PFC-free DWR, Bluesign approved fabrics
• Intended use: Speed Hiking, Mountaineering, Alpine Touring
• Abrasion resistance: High

Our verdict

The Transalper Pro Pant delivers exceptional mobility and durability for alpine athletes, with thoughtful ventilation and eco-conscious materials that perform in demanding conditions.